FOR THE FUTURE OF OUR ENVIRONMENT

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1 B.E.G. PRESENCE DEPENDENT LIGHT LINKED TIME CTROLLED FOR THE FUTURE OF OUR ENVIRMENT With B.E.G. energy saving = cost reduction + environmental protection

is aware of these changes and, with its extensive range of presence detectors, the use of energy-saving bulbs in lights and heating regulators, is helping to reduce CO 2 emissions and protect

2 B.E.G. The pole caps are melting, sea levels are rising, freak storms are getting worse and increasing in frequency all as a consequence of increased CO 2 emissions. B.E.G. is aware of these changes and, with its extensive range of presence detectors, the use of energy-saving bulbs in lights and heating regulators, is helping to reduce CO 2 emissions and protect resources. Energy is precious which is why saving it, also means protecting the climate and environment and conserving resources to save the place in which we live. Saving energy with B.E.G. also means cost reduction and environmental protection. With the aim of satisfying demands for a clean environment, B.E.G. has developed products that contribute to optimum light and heat management in accordance with requirements and that comply with the latest environmental protection guidelines and directives issued by the European Union. For an environment worth living in! 2

ENERGY SAVINGS POTENTIAL B.E.G. The need for energy saving The need for energy saving has increasingly come to the fore since the Kyoto Protocol, individuals and industry becoming ever more aware of its importance.

3 ENERGY SAVINGS POTENTIAL B.E.G. The need for energy saving The need for energy saving has increasingly come to the fore since the Kyoto Protocol, individuals and industry becoming ever more aware of its importance. An urgent priority is to make a contribution to reducing the greenhouse gas CO 2 ; a challenging task on account of increasing industrial development. As a consequence of the Kyoto Protocol, the European Union has issued various instructions with the aim of analyzing and optimizing energy consumption between the countries involved. Furthermore, the G8 Summit in 2009 reached an international agreement that the average temperature worldwide must not rise by more than 2 C by 2050, in order to contain climate change. In particular for the commercial sector, our industry can provide a range of options for energy saving: Lamps with high luminous efficiency, energy-saving electronic ballasts, lights with optimized light direction, dimming electronic ballasts, timers, light sensors and presence detectors. B.E.G. has combined extensive energy-efficient products in its range. Measurements verify that daylight provides up to 80 % of the light in a typical office in central Europe during the summer months, with the result that the share of energy-consuming artificial light can be reduced to 20 %. Light is energy energy is life! 3

4 B.E.G. Typical annual consumption (approx values) Total 67% 33% Lighting Health 63% 11% 4% 13% 9% Heating and hot water Education 51% 15% 2% 11% 12% 9% Air-conditioning and ventilation Traffic and transport 48% 16% 7% 8% 2% 20% Food storage Industrial sector Sport and leisure Other Retail trade Department stores 43% 17% 10% 15% 4% 10% 43% 15% 5% 6% 4% 16% 35% 32% 5% 8% 4% 16% 34% 23% 10% 9% 3% 23% Computers Other Offices 32% 22% 21% 3% 15% 6% Hotels and catering 32% 12% 11% 34% 1% 10% Authorities 26% 24% 7% 11% 17% 15% 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 4

Power consumption for lighting depends on many factors if an optimal lighting requirement is to be established without unnecessary switch on times for

These include the switch-on time of the light, the amount of daylight the room receives as well as a suitable manual or automatic light monitoring.

And what is more, these products are easy to install or retrofit into existing applications.

5 TIME-CTROLLED PRESENCE-INDEPENDENT LIGHT-ORIENTED B.E.G. Power consumption for lighting depends on many factors if an optimal lighting requirement is to be established without unnecessary switch on times for the light. These include the switch-on time of the light, the amount of daylight the room receives as well as a suitable manual or automatic light monitoring. Simple but effective light monitoring can include the use of day, week and season timers, dimmers and automatic devices for reducing energy and costs. And what is more, these products are easy to install or retrofit into existing applications. A further automatic solution can involve the use of motion or presence detectors with daylight and mixed light measurement, thus ensuring integration of the daylight in the general lighting. Both in the management of light as well as in building control tasks, presence detectors can contribute to achieving considerable energy savings: presence detectors switch on lamps, heating and ventilation only when they are actually needed. They also incorporate the available daylight into the general lighting and thus also utilize natural resources. Presence detectors are motion sensors with a detection angle of 360 that have been designed for installation in ceilings and indoor use and that regulate overall brightness by measuring different sources of light (natural or artificial). B.E.G. s range includes presence detectors for all applications and for all special requirements. For more energy efficiency in buildings! 5

B.E.G. Options for energy and cost reduction with presence detectors Storerooms Corridors Toilets Conference rooms Lighting is an essential cost factor in the energy consumption.

6 B.E.G. Options for energy and cost reduction with presence detectors Storerooms Corridors Toilets Conference rooms Lighting is an essential cost factor in the energy consumption. In some buildings, this can be up to 50 % of the total electricity costs. Training rooms Open-plan offices Individual offices 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% Energy saving potential 6

7 ENERGY SAVING AND CTROLLING = COST REDUCTI + ENVIRMENTAL PROTECTI B.E.G. PRESENCE DEPENDENT INDEX PRESENCE DEPENDENT Occupancy detectors... Switching with 1 or 2 channels Dimming with 1 or 2 channels Networked and BUS- operated use 8-13 LIGHT LINKED LIGHT LINKED Staircase timer... Photo electric switches... DIN-rail Device installation Remote controllable Wall and post mounting Ceiling mounting TIME CTROLLED TIME CTROLLED Digital time switches... Weekly time switches Astro time switches [Function of a twilight switch + time-controlled switching] Yearly time switches Analogue time switches "e-metering" Monitoring the energy consumed... VBox-System

walking across the path of the detector, not when walking in a

8 B.E.G. INTELLIGENCE AT HOME - LIGHT THROUGH MOTI Presence detector positioning Presence detector spacing M/S M max. distance = x+y S x y The maximum motion detection is reached when walking across the path of the detector, not when walking in a straight line up to the front of the detector. It is especially important to consider this for corridors. Detection ranges can overlap so as to avoid potential "dead zones". 8

9 ENERGY SAVING WITH MOTI AND OCCUPANCY DETECTORS B.E.G. In a bulleting of January 15, 2009, German Government announced a directive for promoting climate protection measures in social, cultural and public institutions as part of the climate protection initiative. This addresses the renovation of indoor, hall and outdoor lighting amongst other issues. In particular, the installation of efficient lights with electronic ballasts and efficient illuminants with additional installation of a daylight-dependent power control and/or presence control, as well as a time control and/or presence control in corridors and stairwells. Presence detectors are designed for detecting moving heat sources in their detection range such as persons entering a building. Presence detectors (motion detectors with mixed light measurement) respond to the slightest movement, e.g. working at a desk. Presence detectors are particularly effective in smaller rooms such as bathrooms, toilets or storerooms, as they only switch on the light when a person is present in the room, so as to save energy in the building. B.E.G. presence detectors are also ideal for light monitoring in offices, as they are not only able to detect large movements but also minor activities such as people sitting. If no further movement is detected in the area, the presence detector automatically switches off the light and hence minimizes the energy consumption enormously. B.E.G. presence detectors contain a photoelectric cell, which detects natural daylight and controls the light during periods of time with a high level of ambient light. This prevents unnecessary energy consumption. For maximum security and convenience! Switching with PD 1 or 2 channels Switching with PD-Master 1 or 2 channels Switching with PD-Master- DUO 2 channels Dimming with PD-Master 1 or 2 channels 9

10 B.E.G. INDIVIDUAL LIGHTING WITH CSTANT LIGHT MEASUREMENT Example: energy and environment balance sheet Mode / bulb 4 Lights 4 x 14 W T5 Savings Consumption in kwh /year with an average life span of 8000 h CO 2 emission reductions/ year Also available trees for CO 2 reduction Costs per year at 0.20 /kwh Toilet lighting with PD3 with MD without MD 56 kwh 448 kwh 392 kwh 196 kg* x 9** * 0.5 kg CO 2 for generating 1 kwh with mean energy mix ** 1 tree absorbs around 20 kg CO 2 / year without MD (motion detector) = permanent light (mean total of the time lamps are switched on approx. 8 h in 24 h) with MD = light only on with movement (mean total of the time lamps are switched on approx. 1h in 24 h) 10

WITH DIMMABLE OCCUPANCY DETECTORS B.E.G.

dimmable and presence detectors with daylight integration use a phase control for reducing or increasing the average voltage

This dimming method provides numerous energy saving options, as it reduces the total consumption for the lighting enormously

11 ENERGY SAVING WITH DIMMABLE OCCUPANCY DETECTORS B.E.G. B.E.G. dimmable and presence detectors with daylight integration use a phase control for reducing or increasing the average voltage for the lighting load. The diagram below shows this process. This dimming method provides numerous energy saving options, as it reduces the total consumption for the lighting enormously in dimmed situations. The B.E.G. can also be controlled by external switches or buttons. Presence and daylight-oriented light switching! ENERGY SAVING WITH DIMMERS Switch on Switch on A typical application: Off On Switch off Off On A large restaurant with two walls almost entirely of glass has dimmable lighting installed for individual setting and adjustment to the desired lighting conditions in every eating area using an external switch. When there is adequate daylight, the use of a presence detector ensures that the area near the window only becomes brighter with natural light, thus saving energy during this time. 11

B.E.G. ENERGY SAVING WITH OCCUPANCY DETECTORS FOR ANY BUS APPLICATI DALI, DSI, KNX/EIB, L, RADIO and Powerline - the compact, energy-efficient and versatile light control systems from B.E.G. B.E.G. can provide just the right presence detector for every application.

Numerous special solutions enable use of predominantly remote-controlled detectors, e.g. in corridors, in rooms with 2 lighting zone, in wet rooms or for applications without direct visual contact.

12 B.E.G. ENERGY SAVING WITH OCCUPANCY DETECTORS FOR ANY BUS APPLICATI DALI, DSI, KNX/EIB, L, RADIO and Powerline - the compact, energy-efficient and versatile light control systems from B.E.G. B.E.G. can provide just the right presence detector for every application. Diverse detection zones and ranges up to approx. 20 m radius and installation heights up to approx. 10 m are possible. Numerous special solutions enable use of predominantly remote-controlled detectors, e.g. in corridors, in rooms with 2 lighting zone, in wet rooms or for applications without direct visual contact. Cash value of an annual saving of euros at assumed capital costs of 5 %: 1352 euros! Annual energy cost saving with B.E.G. [in %] Motion detector with daylight integration Additionally, B.E.G. s range includes presence detectors for all BUS applications: DALI, DSI, KNX/ EIB, L and special 24 V solutions. The new digital detectors (PD2, PD4 and PD9), successors to the analogue presence detectors with dimming function, permit users to control both DSI and DALI electronic ballast systems. Modes may be selected by remote control: Four different modes are available with the KNX/ EIB versions: normal mode (switching), semi- or fully-automatic mode with constant light control (dimming), slave mode and alarm function. L versions have more than seven device functions. Besides the sensor, KNX/EIB and L presence detectors also possess corresponding BUS connectors. The required software is also included while it may also be simply downloaded from B.E.G. s homepage at For individuality and quality! Presence detector with daylight integration DIM detector with constant light control max. 49% 12

13 SWITCHING WITH 1 OR 2 CHANNEL PRESENCE DETECTORS WITHOUT DAYLIGHT INTEGRATI Occupancy detector Surface mount Ceiling mount Flush mount Presence detection Motion detection Remote controllable PD3-1C/2C (only 1C-device) Ø 10 m also with Micro PD4-1C Ø 24 m PD4-1C-C max. 40 m Corridor detector PD9-1C Ø 10 m extremely narrow PD9-1C-GH max. 5,40 m greater heights Indoor 180-R max. 10 m Indoor 180-T max. 10 m Indoor 180-SC max. 10 m Range Notes Relay version with Micro Triac version with Micro for staircase switches SWITCHING WITH 1 OR 2 CHANNEL MASTERS WITH DAYLIGHT INTEGRATI Occupancy detector Surface mount Ceiling mount Flush mount Presence detection Motion detection Remote controllable PD2-M-1C Ø 10 m PD4-M-GH Ø 24 m greater heights PD5-M-Clip Ø 10 m Range Notes for T8 and T5 fluorescent tubes PD9-M Ø 10 m extremely narrow PD9-M-GH max. 5,40 m greater heights PD9-M-SDB Ø 10 m extremely narrow PD9-M-SDB-GH max. 5,40 m greater heights PD1-M 7,50 x 7,50 m quadratic range PD2-M Ø 10 m PD4-M Ø 24 m PD4-M-C max. 40 m Corridor detector Indoor 180-M max. 10 m PD4-M-DUO Ø 24 m DUO detector DIMMING WITH 1 OR 2 CHANNEL MASTERS WITH DAYLIGHT INTEGRATI Occupancy detector Surface mount Ceiling mount Flush mount Presence detection Motion detection Remote controllable PD1-M-DIM 7,50 x 7,50 m quadratic range PD2-M-DIM Ø 10 m PD4-M-DIM Ø 24 m PD4-M-C-DIM max. 40 m Corridor detector PD5-M-DIM-Clip Ø 10 m Range Notes for T8 and T5 fluorescent tubes PD9-M-DIM Ø 10 m extremely narrow PD9-M-DIM-GH max. 5,40 m greater heights PD4-M-DUO-DIM Ø 24 m DUO detector PD4-M-TRIO-DIM Ø 24 m with HVAC channel 13

14 B.E.G. WITH SWITCH- ADVANCE WARNING THE STAIR LIGHT TIMER LUXOMAT Manual switch for minute or permanent light Top-hat rail standard housing (1 TE) 62,5 x 17,5 x 85 mm Manually adjustable timer, 30 sec. to 10 min. For use with B.E.G. staircase timer LUXOMAT Indoor 180-SC Quick attachment for 35 mm profile rail 14

15 ENERGY SAVING WITH STAIRCASE TIME SWITCH B.E.G. Stair light switch for optimum light control The previous pages have shown typical applications for individual products in order to save energy and costs. Further reductions can be achieved with combinations of these products. For example, you can make an effective contribution to reducing energy costs with a motion detector as a wall switch in conjunction with the stair light switch. The B.E.G. stair light switch SCT1 is easy to install, based on a small housing and can quickly be mounted on a profile rail. While the stair light wall switch only switches the light if a movement is detected, the stair light switch ensures that the lighting only remains switched on for as long as it is actually needed. In combination with a timer, entire time periods can also be controlled, for example at weekends or during vacation. See the full spectrum! Electronic 3- or 4-wire circuit Can be connected downstream Low-noise max. incandescent light load 2300 W max. 100 ma rest current for illuminated switches with glow lamps Rated voltage 230 V/50-60 Hz With switch-off advance warning 15

the right choice. Light sensors measure the ambient light and switch the lighting on or off depending on the preset twilight value. Lighting is not usually necessary at certain times of the day.

16 B.E.G. SAVING ENERGY BY SWITCHING LIGHTS IN RESPSE TO TWILIGHT Wherever lights need to be switched based solely on the brightness value at daybreak or at the end of the day, photoelectric switches are just the right choice. Light sensors measure the ambient light and switch the lighting on or off depending on the preset twilight value. Lighting is not usually necessary at certain times of the day. With B.E.G. products, the light can therefore be controlled in relation to the twilight, thereby saving energy. To this end, B.E.G. provides twilight switches for various applications: for profile rails, installation in devices, wall or mast mounting as well as a remote-controlled product. The LUXOMAT TS-DD has an electronics unit for installation in distributors for convenient setting in the control cabinet as well as a separate light sensor for surface mounting or interior installation. The LUXOMAT CDS-R is designed for retrofitting in outdoor lights and for use in junction boxes. The integrated timer in the remotecontrolled LUXOMAT CdS-T-SM allows you to accurately program energysaving periods, for example at certain times during the night, at the weekend or during public holidays. Considerable amounts of energy and money can be saved. Remote controllable. The LUXOMAT CdS-SM comes with the option of precisely setting the light value and switch-on or switch-off delay via a potentiometer from outside as well as via an integrated automatic function (10 Lux / 40 sec. switch-on / 120 sec. switch-off delay). As a twilight switch with special spring terminals, the LUXOMAT CdS-FC is also easy to mount on the ceiling thanks to its small dimensions (visible height after installation 6 mm). Remote controllable. Light-oriented energy saving! 16

17 OVERVIEW PHOTO ELECTRIC SWITCHES Photo electric switch Surface mount Ceiling mount Post mounting Device installation DIN-rail Switching power Remote controllable TS-DD 3000 W CdS-R 1000 W CdS-T-SM 2300 W CdS-SM 2300 W CdS-FC 2000 W Time delay 17

location Relay / Channel Data key Pulse / Timer Cycle Notes 17,5 x 45 30 Channel 1 data pulse 35 x 45 46 Channel 1 data pulse 35 x 45 46 Channel 1-2 data pulse ASTRO TIME SWITCHES Digital time switch

18 B.E.G. OVERVIEW DIGITAL TIME SWITCHES WEEKLY TIME SWITCHES Digital time switch TS-DW1 TS-DW2 TS-DW3 Mechanical design DIN-rail mounting DIN-rail mounting DIN-rail mounting Front dimensions in mm Memory location Relay / Channel Data key Pulse / Timer Cycle Notes 17,5 x Channel 1 data pulse 35 x Channel 1 data pulse 35 x Channel 1-2 data pulse ASTRO TIME SWITCHES Digital time switch TS-ASTRO1 TS-ASTRO2 TS-ASTRO3 Mechanical design DIN-rail mounting DIN-rail mounting DIN-rail mounting YEARLY TIME SWITCHES Digital time switch TS-DY1 TS-DY2 Mechanical design DIN-rail mounting DIN-rail mounting Front dimensions in mm Memory location 17,5 x Channel 1 Relay / Channel Data key Pulse / Timer Cycle Notes 35 x Channel 1 data xtern* 35 x Channel 1-2 data xtern* Front dimensions in mm Memory location * one channel switch Relay / Channel Data key Pulse / Timer Cycle Notes 35 x Channel 1 data pulse zyklus dcf 71,5 x Channel 1-4 data pulse zyklus xtern / dcf 18

Illuminated display Symbol and text based menu Keypad fast to operate Possibility to fold up covering to protect the buttons ASTRO TIME SWITCHES YEARLY TIME SWITCHES

19 ENERGY SAVING WITH DIGITAL TIME SWITCHES B.E.G. Illuminated display Symbol and text based menu Keypad fast to operate Possibility to fold up covering to protect the buttons ASTRO TIME SWITCHES YEARLY TIME SWITCHES Control of the channels, programming with PC Direct programming with data key for an easy data transmission from the PC with programming software WEEKLY TIME SWITCHES PROGRAMMING WITH A PC Data key It is possible to generate a print-out of the program as a recording for later reference. Holidays/permanent program and / periods can also be programmed. The switching program can be back-up easily on a PC or transferred to the data key to copy a switching program from one digital time switch to another. In connection to the data key, the programming package is a useful extension for the time switch.you are able to comfortably program a switching time from your PC and save switching times on your data key via USB-interface. Electronic time switch Data key Data key Adapter USB for programming PC Software 19

B.E.G. TIME SWITCHES FOR EASY ENERGY SAVINGS Daily program 24h prog Irrespective of the day of the week the same switching program is carried out each day.

Unrestricted block programming allows a free choice of days of the week within one switching function.

12:00 PM Monday Tuesday Wednesday Sunday 12:00 AM 11:59 PM Astro program/ Solar program astr Astronomical or solar time swtiches can be used as an alternative to twilight switches (also known as

By means of astro switching times (Astro / Astro ) the time switch automatically calculates the start of dusk in the evening or the beginning of dawn in the morning and calculates the time for sunset

20 B.E.G. TIME SWITCHES FOR EASY ENERGY SAVINGS Daily program 24h prog Irrespective of the day of the week the same switching program is carried out each day. Multiple switching functions can be programmed within 24 h. 12:00 PM 12:00 AM 11:59 PM Weekly program week prog Depending on the day of the week (Mo - Su) different daily programs can be configured. Unrestricted block programming allows a free choice of days of the week within one switching function. The choice of switching functions is the following:,, permanent by date (holiday), pulse (pulse not available in astro time switches). 12:00 PM Monday Tuesday Wednesday Sunday 12:00 AM 11:59 PM Astro program/ Solar program astr Astronomical or solar time swtiches can be used as an alternative to twilight switches (also known as photo-electric or day/ night switch). When using an astro time switch NO light sensor is needed. By means of astro switching times (Astro / Astro ) the time switch automatically calculates the start of dusk in the evening or the beginning of dawn in the morning and calculates the time for sunset and sunrise respectively. This calculation is updated each day throughout the whole year. Additionally, conventional switching functions of a weekly time switch can be programmed (,, (holiday) permanent by date). Evening Astro Light on Night Night Night Light on Astro Morning Offset: A chronological offset can be entered. This offset customises the astro switching times. Therefore the time switch can execute an astro switching time either before or after sunset/sunrise or, if the offset is left at zero, exactly at sunrise/sunset. Position/location: To guarantee exact calculation of local sunset and sunrise times, you can easily enter your approximate geographical coordinates (longitude and latitude). 20

21 Yearly program year prog Yearly time switches are suitable to achieve more sophisticated time controls compared to standard weekly programs. By means of special (weekly) programs different weekly programs can be carried out within different periods during the year (from start date to end date). Easter function: One additional function when carrying out a special weekly program is the Easter function. If you selected it for a period with start date and end date, these dates, are shifted by the shift of Easter holiday for successive years (Gaussian Easter formula). This function is applicable for holidays e.g. Ash Wednesday, Palm Sunday, Maundy Thursday, Good Friday, Easter Day, Pentecost, Feast of Corpus Christi, Carnival. Special program August August Monday Tuesday Wednesday Sunday Special program 1 Start date - End date Monday Tuesday Wednesday Sunday 11:59 PM 11:59 PM Extra switching time: A further feature is the extra switching times. Single switching times can be programmed for a specific date (e.g. Anniversary). The residual switching program remains unaffected. A helpful add-on is the option weekday function. If you assign this to your extra switching time the shift of this weekday of the month will be taken into account for successive years. E.g.: A switching time that should be carried out every 2nd Saturday of February every year. Special program 1 Start date - End date Monday Tuesday Wednesday Sunday 11:59 PM In order to save energy and costs, one can use a yearly time switch with four channels in a little office or on a commercial property. One channel could control the lighting during the evening in order to avoid unnecessary energy costs. Another channel could ensure that the local heating is switched off during the weekend and in holiday time, when the building is not occupied. A third channel could control the shop window or external signboards during the time between 10 p.m. and 7 a.m.. The last channel could regulate the hot water function to ensure that water inside the building is not heated during the weekend and holiday time. ENERGY SAVINGS YEARLY TIME SWITCH Power density max. power density 10 W/m² max. power density 10 W/m² Configuration Typical open-plan office 300 m² Typical open-plan office 300 m² -Switching of the light 11 hours 260 days 1 weekends 1 nights in a month 11 hours 260 days Consumption kwh /year 8580 kwh /year 2664 kwh /year 25 % savings 21

22 B.E.G. FUNCTIAL OVERVIEW / MEANING OF PICTOGRAMS Permanent by date (holiday function) You have the possibility to switch a channel during a period (from start date to end date) permanently or. Pulse function pulse The pulse function is a function for a switching time with defined pulse length ranging from 00:01 to 59:59 mm:ss. Timer function timer (only for manual and external trigger signals) The timer function can only be started by an external signal (external input) or by the channel buttons of the time switch. The switching performance is identical to the pulse function The pulse length is greater and ranges from 0:00:01 h:mm:ss to 9:59:59 h:mm:ss. The timer function is also known under following terms: On-pulse or Single shot. Cycle function cycle The cycle function can be used to program a continuous switching time. The time switch operates then as an asymmetrical recycler (pulse/pause). The independently adjustable max pulse/pause lengths are 9:59:59 h:mm:ss. 4 different memory locations are reserved for 4 different cycles. Channel button You can assign different switching functions to each single channel. This function is carried out when either pressing the corresponding channel button of the time switch or optionally by addressing the channel from the external input. The different switching functions are the following: / (predefined setting, see alse manual override ), cycle, timer, permanent. External iput xtern The external input can be used as external trigger for different functions (/, cycle, timer, permanent). The signal connected to the external input can be of type switch or push-button. Staircase lighting timer: When using the timer function and advanced warning function. Glow lamp load of the external input: Max. 75 ma (Used to supply the glow lamp in suitable light switches; not available in 70 mm versions.) Advance warning function A useful function for lighting applications according DIN Two-fold flashing warns of darkness. Radio controlled clock dcf Some time switches can be controlled by radio receiver (Part number 92683). The time switch is then synchronised to the time standard signal DCF77. The transmitter is located close to Frankfurt/Main (Mainflingen). The range is approx km. Data key function data Time switches with this function can be programmed by data key TS-ACC-DS1 (accessory). The functions are as follows: - Data back-up of the time switch - Programming the time switch with the pre-programmed key program - Time switch executes only the key program 22

23 Programming package TS-ACC-DS1/2: A useful accessory for the data key TS-ACC-DS1 is the programming package TS-ACC-DS2. You can easily program your switching program with the PC and transfer it to the time with the data key switch. Removable programming module: data The data key function is included within the removable module of the time switches TS-DW1 and TS-ASTRO1. In additional to manual programming these modules are also programmable with a programming package. The modules plugs into the PC interface (no data key needed). Decoding of the type designations Product name: TS D W 1 Version Typ (W = Weekly, Astro = Astro, Y = Yearly time switch) Execution (A = Analogue / D = Digital) Product family PIN-Code pin Security by PIN-coding. Display with back light lcd For a better contrast of displayed symbols, digits and letters. Permanently and (manual) By pressing the corresponding channel button for more than 3 sec. the channel is permanently switched or. Manual override By pushing the channel button the corresponding channel will change its status. Time counter h Time switches with integrated time counter are counting operation hours and the number of switchings of each channel as well as the operation hours of the time switch. 23

dimensions in mm Power back-up Minimum interval Power supply 230 V Time base Accuracy Notes 17,5 x 45 15 min. Quartz crystal ±1,5sec./day 17,5 x 45 15 min. Quartz crystal ±1,5sec./day 52,5 x 45 30 min.

24 B.E.G. OVERVIEW MECHANICAL TIME SWITCHES DAILY TIME SWITCHES Mechnical time switch TS-AD1 TS-AD2 TS-AD3 TS-AD4 Mechanical design DIN-rail mounting DIN-rail mounting DIN-rail mounting DIN-rail mounting Front dimensions in mm Power back-up Minimum interval Power supply 230 V Time base Accuracy Notes 17,5 x min. Quartz crystal ±1,5sec./day 17,5 x min. Quartz crystal ±1,5sec./day 52,5 x min. Quartz crystal ±1,5sec./day Minute hands 52,5 x min. Quartz crystal ±1,5sec./day Minute hands WEEKLY TIME SWITCHES Mechnical time switch TS-AW1 TS-AW2 Mechanical design DIN-rail mounting DIN-rail mounting Front dimensions in mm Power back-up Minimum interval Power supply 230 V Time base Accuracy Notes 52,5 x 45 2 hrs Quartz crystal ±1,5sec./day Minute hands 52,5 x 45 2 hrs Quartz crystal ±1,5sec./day Minute hands 24

25 ENERGY SAVING WITH MECHANICAL TIME SWITCHES B.E.G. Manual override switch permanently / AUTO Easy to read switching program Easy programming with captive setting keys Mechanical display (clock hands) DAILY TIME SWITCHES WEEKLY TIME SWITCHES The analog or mechanical timers are a simple alternative for keeping a quick and convenient eye on times. An operating switch allows you to choose between the permanently and automatic functions. The time can be programmed and read with ease using the captive switch buttons. 25

26 B.E.G. ENERGY MEASURING AND SAVING WITH LUXOMAT SMARTHOME PRODUCTS Funk-Aktor Intelligente Steckdose 26 Funk-Monitor MyControl

EASY CSUMPTI MEASUREMENT VIA E-METERING ACTUATOR AND DISPLAY B.E.G. SINGLE PHASE DIRECT ENERGY MEASUREMENT Technical data MyControl Measuring accuracy acc IEC1036 Class 2 (2 %) Current strength max.

27 EASY CSUMPTI MEASUREMENT VIA E-METERING ACTUATOR AND DISPLAY B.E.G. SINGLE PHASE DIRECT ENERGY MEASUREMENT Technical data MyControl Measuring accuracy acc IEC1036 Class 2 (2 %) Current strength max. Power supply Switch 16 A ~ direct Single phase 230 V ~ 50 Hz complete and partial with reset The power consumption of electrical devices is measured in kilowatt. With the help of emetering the energy consumption of individual devices can be calculated in kilowatt hours. The monitor shows a diagram with the current consumption. On an additional page, the total consumption is shown after a re-set. In order to analyse a longterm testing more precisely, data can be saved on a SD-card and is transferred to a PC. Keep track of your energy the easy way with B.E.G.! Easy reading of the measured values Direct light measurement User-friendly menu guidance View of the tendencies in table form Quick checking of the power consumption For an efficient cost reduction 27

28 B.E.G. THE SYSTEM SOLUTI IN E PACKAGE plug and play Several adjoining offices in Master-/Slave-Operation Slave Slave Slave M3 230 V M3 230 V M3 230 V Master Master Master 28 The simple installation of occupancy and motion detectors.

29 THE SAFE, FAST AND COST-REDUCING CNECTI WITH SYSTEM B.E.G. The B.E.G. LUXOMAT VBox and VLBox modules constitute innovative solutions for the installation market when B.E.G. presence detectors are used in cost-saving suspended ceiling installations. Thus B.E.G. is following the trend now widespread in building engineering of offering pre-fabricated fast, cost-reducing and safely functioning components. The B.E.G. range of presence-sensors are available pre-wired. The functioning of the modules is tested at the factory to ensure functional safety. The modular concept means that changes may be easily implemented both during the installation as well as later when requirements change. The pre-wired system is also a response to the lack of qualified personnel because it uses plug connectors that are colour-coded and protected against being incorrectly connected (inverse polarity), which means that they can also be installed by non-skilled workers. Qualified electricians only need to carry out checks and commissioning after installation. Laborious wiring of individual terminals is no longer required, which results time and cost savings. Fast, safe, error-free Simple plugging Just re-plug somewhere else when requirements change flexibility today and tomorrow Cost-efficient» Wage costs up to 70 % savings» Wage + material up to 30 % savings All presence sensors also alternatively available as pre-wired versions Eight boxes for various presence sensor types with different colour codes Also for DUO and DIM devices 29

30 B.E.G. Plug and socket for the power supply Extension cable for flexible wiring 230 V 230 V M1 VBox PD3-/PD4-/ PD9-1 Channel Pre-wired B.E.G. - presence detector Integrated plug connector in the lamp T-piece for connecting lamps to each other Connection cable for pre-wired lamps 30

BENEFITING FROM ENERGY SAVINGS WITH B.E.G. B.E.G. COST COMPARIS [in %] Time and cost savings during installation: less staff, less administration, fewer tools, installation in record times 100 80 60 Wages Materials without B.

31 BENEFITING FROM ENERGY SAVINGS WITH B.E.G. B.E.G. COST COMPARIS [in %] Time and cost savings during installation: less staff, less administration, fewer tools, installation in record times Wages Materials without B.E.G. VBox system with B.E.G. VBox system Quality and economy during commissioning: no cabling errors, guaranteed safety, fewer errors during cabling, fewer accidents Service continuity and flexibility during ongoing operations: less maintenance work, faster and simpler intervention when requirements change Energy savings in buildings through the use of B.E.G. presence sensors: presence- and daylight-dependent lamp switching and dimming 0 Typical applications: conference rooms, classrooms, nursery schools, corridors, toilets and offices 31

ISO 14001 ISO 9001 ISO 14001 Environmental management Quality management B.E.G. (UK) Ltd. Q West, Great West Road Brentford, Middlesex, TW8 0GP Tel: +44 (0) 870.850 54 12 Fax: +44 (0) 870.

32 ISO ISO 9001 ISO Environmental management Quality management B.E.G. (UK) Ltd. Q West, Great West Road Brentford, Middlesex, TW8 0GP Tel: +44 (0) Fax: +44 (0) info@beguk.co.uk Internet: B.E.G. Ireland Marlin Enterprise 10 Vesey Place Monkstown Dun Laoghaire, Dublin Tel: +353 (0) Fax: +353 (0) Internet:

B.E.G. STILL EVEN BETTER!

B.E.G. STILL EVEN BETTER! ENERGY IS LIFE For the future of our environment B.E.G. The pole caps are melting, sea levels are rising, freak storms are getting worse and increasing in frequency all as a consequence